high temperature melting molybdenum crucible for furnace 

Short Description:

High temperature melting molybdenum crucible is a container specially used for high temperature applications, especially in furnaces and other heat treatment equipment. Molybdenum was chosen for its high melting point and corrosion resistance, making it suitable for handling molten metals and other high-temperature materials. These crucibles are commonly used in industries such as metallurgy, glassmaking and high-temperature materials research.


Product Detail

Product Tags

Product Descriptions

Molybdenum crucible is an important industrial product widely used in metallurgical industry, rare earth industry, monocrystalline silicon, artificial crystal and mechanical processing industries.

Especially for sapphire single crystal growth furnaces, molybdenum crucibles with high purity, high density, no internal cracks, precise size, and smooth inner and outer walls play a crucial role in the success rate of seed crystallization, quality control of crystal pulling, de crystallization and sticking of pots, and service life during sapphire crystal growth. ‌

Product Specifications

 

Dimensions Customisation
Place of Origin Luoyang, Henan
Brand Name FGD
Application Metallurgical Industry
Shape Round
Surface Polished
Purity 99.95% Min
Material Pure Mo
Density 10.2g/cm3
Specificities High temperature resistance
Packing Wooden Case
molybdenum crucible. (3)

Chemical Compositon

Creep Test Sample Material

           Main components

Mo>99.95%

Impurity content≤

Pb

0.0005

Fe

0.0020

S

0.0050

P

0.0005

C

0.01

Cr

0.0010

Al

0.0015

Cu

0.0015

K

0.0080

N

0.003

Sn

0.0015

Si

0.0020

Ca

0.0015

Na

0.0020

O

0.008

Ti

0.0010

Mg

0.0010

Material

Test Temperature(℃)

Plate Thickness(mm)

Pre experimental heat treatment

Mo

1100

1.5

1200℃/1h

 

1450

2.0

1500℃/1h

 

1800

6.0

1800℃/1h

TZM

1100

1.5

1200℃/1h

 

1450

1.5

1500℃/1h

 

1800

3.5

1800℃/1h

MLR

1100

1.5

1700℃/3h

 

1450

1.0

1700℃/3h

 

1800

1.0

1700℃/3h

Evaporation Rate Of Refractory Metals

Vapor Pressure Of Refractory Metals